Solution for Simple Classical Systems Using SCILAB

Bikash Kumar Naik
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引用次数: 1

Abstract

The use of computers as a learning tool has been a time-tested method, which can attract the interest and motivation of students to solve any complicated system easily. Scilab is an open-source computational software package that provides various tools to simulate and solve problems in classical mechanics. In this paper, two types of classical mechanics problems are solved. Under kinematics section, we solve the Projectile motion considering air resistance and particle falling under the action of gravity, with resistive force dependence on different exponents of velocity. Similarly, under the waves superposition section, we solve the two sinusoidal waves superimposed to give a Lissajous pattern and superposition of two or more waves using Scilab software for a better understanding of the classical problems by visualization of graphs, as Scilab has 2D and 3D plotting facilities.
用SCILAB求解简单经典系统
使用计算机作为学习工具是一种久经考验的方法,它可以吸引学生的兴趣和动机,轻松地解决任何复杂的系统。Scilab是一个开源计算软件包,它提供了各种工具来模拟和解决经典力学中的问题。本文解决了两类经典力学问题。在运动学部分,我们求解了考虑空气阻力和质点在重力作用下下落的弹丸运动,其中阻力依赖于不同的速度指数。同样,在波的叠加部分,我们使用Scilab软件求解叠加的两个正弦波,得到一个Lissajous模式和两个或多个波的叠加,以便通过图形的可视化更好地理解经典问题,因为Scilab具有2D和3D绘图功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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CiteScore
0.60
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